Human Reproduction Test

Result

Human Reproduction Test - 24

Score
-
out of -
Rank
-
out of -

TIME Taken - -

SHARING IS CARING

If our Website helped you a little, then kindly spread our voice using Social Networks. Spread our word to your readers, friends, teachers, students & all those close ones who deserve to know what you know now.

Weekly Quiz Competition

Question 1
1 / -0

About which day in a normal menstrual cycle does rapid secretion of LH (popularly called LH-surge) normally occurs?

A
$${14}^{th}$$ day

B
$${20}^{th}$$ day

C
$${5}^{th}$$ day

D
$${11}^{th}$$ day

Solution

For women with a 28-day cycle, the 14$$^{th}$$ day is often the day of ovulation. A surge or sudden release of LH causes ovulation, the release of a mature ovum from the dominant ovarian follicle. After ovulation, LH stimulates the empty follicle to develop into the corpus luteum.
Question 2
1 / -0

The secretory phase in the human menstrual cycle is also called

A
Follicular phase lasting for about 6 days

B
Luteal phase and lasts for about 13 days

C
Follicular phase and lasts for about 13 days

D
Luteal phase and lasts for about 6 days
Solution
Correct Option: B
Explanation:
The menstrual cycle is complex and controlled by many different glands and the hormones that these glands produce.
The four phases of the menstrual cycle are: menstruation, the follicular phase, ovulation and the luteal phase.
The secretory / luteal phase begins after ovulation. It lasts about 13- 14 days (unless fertilization occurs) and ends just before a menstrual period. In this phase, the ruptured follicle closes after releasing the egg and forms a structure called a corpus luteum, which produces increasing quantities of progesterone.
Question 3
1 / -0

Which of the following cells during gametogenesis is normally diploid?

A
Spermatogonia

B
Secondary polar body

C
Primary polar body

D
Spermatid

Solution

Spermatogonia are diploid germ cells of seminiferous tubules that undergo mitosis to form the primary spermatocytes. These primary spermatocytes are coverted to haploid sperms by meiotic of division.
So, the correct answer is option A.
Question 4
1 / -0

Which of the following depicts the correct pathway of transport of sperms?

A
Rete testis $$\rightarrow$$ aas deferens $$\rightarrow$$ efferent ductules $$\rightarrow$$ epididymis

B
Efferent ductules $$\rightarrow$$ rete testis $$\rightarrow$$ vas deferens $$\rightarrow$$ epididymis

C
Rete testis $$\rightarrow$$ efferent ductules $$\rightarrow$$ epididymis $$\rightarrow$$ vas deferens

D
Rete testis $$\rightarrow$$ epididymis $$\rightarrow$$ efferent ductules $$\rightarrow$$ vas deferens
Solution
(A) Correct option (C)
(B) Explanation of correct answer:
The sperms are transported from the rete testis to the epididymis through efferent ductules.
The sperms mature while being stored in epididymis.
When stimulated, the mature sperms are transported into the vas deferens through smooth muscle contractions.
Hence, the correct answer is 'Rete testis → Efferent ductules → Epididymis → Vas deferens
Question 5
1 / -0

Secretions from which one of the following are rich in fructose, calcium and some enzymes?

A
Salivary glands

B
Male accessory glands

C
Liver

D
Pancreas
Solution
Solution:
Correct answer is option B.
Explanation for correct option:
- Semen, also called seminal fluid, fluid that is emitted from the male reproductive tract and that contains sperm cells. 46 to 80 per cent of the fluid is produced by the seminal vesicles.
- Semen contains citric acid, free amino acids, fructose, enzymes, phosphorylcholine, prostaglandin, potassium, and zinc.
- Semen also contains liquids that combine to form seminal plasma, which helps keep the sperm cells viable.
- The seminal plasma is rich in fructose, calcium, ascorbic acid, and certain enzymes.
Question 6
1 / -0

Select the correct sequence for transport of sperm cells in male reproductive system.

A
Testis $$\rightarrow$$ Epididymis $$\rightarrow$$ Vasa efferentia $$\rightarrow$$ Rete testies $$\rightarrow$$ Inguinal canal $$\rightarrow$$ Urethra

B
Seminiferous tubules $$\rightarrow$$ Rete testis $$\rightarrow$$ Vasa efferentia $$\rightarrow$$ Epididymis $$\rightarrow$$ Vas deferens $$\rightarrow$$ Ejaculatory duct $$\rightarrow$$ Urethra $$\rightarrow$$ Urethral meatus

C
Seminiferous tubules $$\rightarrow$$ Vasa efferentia $$\rightarrow$$ Epididymis $$\rightarrow$$ Inguinal canal $$\rightarrow$$ Urethra

D
Testis $$\rightarrow$$ Epididymis $$\rightarrow$$ Vasa efferentia $$\rightarrow$$ Vas deferens $$\rightarrow$$ Ejaculatory duct $$\rightarrow$$ Inguinal canal $$\rightarrow$$ Urethra $$\rightarrow$$ Urethral meatus

Solution

Correct Option: B
Explanation:

Sperms are produced in the seminiferous tubules of testes.
Seminiferous tubules open into the vasa efferentia via the rete testis.
Following this, the vasa efferentia open into the epididymis which further leads to the vas deferens.
The sperms, from vas deferens, pass onto the ejaculatory duct which opens into the Urethra.
The urethra extends through the penis to the external opening known as Urethral Meatus.
Hence, the correct option is B
Question 7
1 / -0

Identify the human development stage shown, as well as the related right place of its occurrence in a normal pregnant women and select the right option for the two together.

A
Development stage - blastula; Site of occurence - end part of fallopian tube

B
Development stage - blastocyst; Site of occurrence - uterine wall

C
Development stage - 8-celled morula; Site of occurrence - starting point of fallopian tube

D
Development stage - late morula; Site of occurrence - middle part of fallopian tube

Solution

Implantation occurs on uterine wall in blastula stage and human blastula is called as blastocyst.
So, the correct answer is 'Development stage - blastocyst; Site of occurrence - uterine wall'
Question 8
1 / -0

What is the correct sequence of sperm formation?

A
Spermatid $$\rightarrow$$ spermatocyte $$\rightarrow$$ spermatogonia $$\rightarrow$$ spermatozoa

B
Spermatogonia $$\rightarrow$$ spermatocyte $$\rightarrow$$ spermatozoa $$\rightarrow$$ spermatid

C
Spermatogonia $$\rightarrow$$ spermatozoa $$\rightarrow$$ spermatocyte $$\rightarrow$$ spermatid

D
Spermatogonia $$\rightarrow$$ spermatocyte $$\rightarrow$$ spermatid $$\rightarrow$$ spermatozoa

Solution

In spermatogenesis, spermatozoa are produced by the mitosis and meiosis division of male primordial germ cells. The initial cells are spermatogonia, which produces primary spermatocytes by mitosis. The primary spermatocyte divides meiotically (meiosis I) into two secondary spermatocytes, each secondary spermatocyte divides into two spermatids by meiosis II. These develop into mature spermatozoa, also known as sperm cells. Thus, the primary spermatocyte gives rise to two cells, the secondary spermatocytes, and the two secondary spermatocytes by their subdivision produce four spermatozoa. Thus, the correct answer is option D.
Question 9
1 / -0

The difference between spermiogenesis and spermiation is

A
In spermiogenesis spermatoza from sertoli cells are released in the cavity of seminiferous tubules , while in spermiation spermatozoa are formed.

B
In spermiogenesis spermatids are formed, while in spermiation spermatozoa are formed.

C
In spermiogenesis spermatozoa are formed , while in spermiation spermatozoa are released from sertoli cells in to the cavity of seminiferous tubules.

D
In spermiogenesis spermatozoa are formed , while in spermiation spermatids are formed.

Solution

Spermiation is the release of spermatids from the Sertoli cells into the seminiferous tubules. This is followed by spermiogenesis which is release of spermatozoa or mature sperms. This is the last step of spermatogenesis.
Thus, the correct answer is option C.
Question 10
1 / -0

Immediately after ovulation, the mammalian egg is covered by a membrane, called as

A
Chorion

B
Zona pellucida

C
Corona radiata

D
Both B and C

Solution

The corona radiata is adjacent to the zona pellucida, the outer protective layer of the ovum. It provides nutrients to the developing ovum. It binds spermatozoa and is required to initiate the acrosome reaction. Hence, immediately after ovulation, the mammalian egg is covered by the corona radiata membrane.
So, the correct answer is option C.

User

Question Analysis

Correct -
Wrong -
Skipped -

My Perfomance

Score
-
out of -
Rank
-
out of -

Re-Attempt Weekly Quiz Competition

Human Reproduction Test - 24

Result

Human Reproduction Test - 24

Score

-

Rank

-

SHARING IS CARING

Question 1

$${14}^{th}$$ day

$${20}^{th}$$ day

$${5}^{th}$$ day

$${11}^{th}$$ day

Solution

Question 2

Follicular phase lasting for about 6 days

Luteal phase and lasts for about 13 days

Follicular phase and lasts for about 13 days

Luteal phase and lasts for about 6 days

Solution

Question 3

Spermatogonia

Secondary polar body

Primary polar body

Spermatid

Solution

Question 4

Rete testis $$\rightarrow$$ aas deferens $$\rightarrow$$ efferent ductules $$\rightarrow$$ epididymis

Efferent ductules $$\rightarrow$$ rete testis $$\rightarrow$$ vas deferens $$\rightarrow$$ epididymis

Rete testis $$\rightarrow$$ efferent ductules $$\rightarrow$$ epididymis $$\rightarrow$$ vas deferens

Rete testis $$\rightarrow$$ epididymis $$\rightarrow$$ efferent ductules $$\rightarrow$$ vas deferens

Solution

Question 5

Salivary glands

Male accessory glands

Liver

Pancreas

Solution

Question 6

Testis $$\rightarrow$$ Epididymis $$\rightarrow$$ Vasa efferentia $$\rightarrow$$ Rete testies $$\rightarrow$$ Inguinal canal $$\rightarrow$$ Urethra

Seminiferous tubules $$\rightarrow$$ Rete testis $$\rightarrow$$ Vasa efferentia $$\rightarrow$$ Epididymis $$\rightarrow$$ Vas deferens $$\rightarrow$$ Ejaculatory duct $$\rightarrow$$ Urethra $$\rightarrow$$ Urethral meatus

Seminiferous tubules $$\rightarrow$$ Vasa efferentia $$\rightarrow$$ Epididymis $$\rightarrow$$ Inguinal canal $$\rightarrow$$ Urethra

Testis $$\rightarrow$$ Epididymis $$\rightarrow$$ Vasa efferentia $$\rightarrow$$ Vas deferens $$\rightarrow$$ Ejaculatory duct $$\rightarrow$$ Inguinal canal $$\rightarrow$$ Urethra $$\rightarrow$$ Urethral meatus

Solution

Question 7

Development stage - blastula; Site of occurence - end part of fallopian tube

Development stage - blastocyst; Site of occurrence - uterine wall

Development stage - 8-celled morula; Site of occurrence - starting point of fallopian tube

Development stage - late morula; Site of occurrence - middle part of fallopian tube

Solution

Question 8

Spermatid $$\rightarrow$$ spermatocyte $$\rightarrow$$ spermatogonia $$\rightarrow$$ spermatozoa

Spermatogonia $$\rightarrow$$ spermatocyte $$\rightarrow$$ spermatozoa $$\rightarrow$$ spermatid

Spermatogonia $$\rightarrow$$ spermatozoa $$\rightarrow$$ spermatocyte $$\rightarrow$$ spermatid

Spermatogonia $$\rightarrow$$ spermatocyte $$\rightarrow$$ spermatid $$\rightarrow$$ spermatozoa

Solution

Question 9

In spermiogenesis spermatoza from sertoli cells are released in the cavity of seminiferous tubules , while in spermiation spermatozoa are formed.

In spermiogenesis spermatids are formed, while in spermiation spermatozoa are formed.

In spermiogenesis spermatozoa are formed , while in spermiation spermatozoa are released from sertoli cells in to the cavity of seminiferous tubules.

In spermiogenesis spermatozoa are formed , while in spermiation spermatids are formed.

Solution

Question 10

Chorion

Zona pellucida

Corona radiata

Both B and C

Solution

User

Question Analysis

My Perfomance

Score

-

Rank

-

Results Announcement on: coming Monday

Stay Tuned: We’ll update you on your result via email or SMS.